Presentation of CapabilitiesFuture Service Station Energy

Index

Introduction

Strategic Partners

Projects Overview / Eskom Rebate

Future Service Station Energy

Future Service Station Energy – Feasibility

Introduction to Green Habitat

“Clients team with us knowing they willhave access to our exceptional technicaland advisory skills at any stage of theirproject, from feasibility studies throughthe construction and assetmanagement, and on the businessadvisory and knowledge transfer.”

Maurits Perold C.E.O Green Habitat

Green Habitat Consulting was officially established in 2008 and is owner managed ensuring efficiencyand superb services .The Shareholders are from a diverse and experienced Green Industry, offeringoutstanding knowledge and knowhow skills.

Green Habitat Consulting specialises in the sustainability of Green Energy, Energy Optimization andEnergy Saving. Technology advanced solutions are offered for on and off-grid applications, making useof the latest and best technologies available in the Green Environment.

The services offered are designed to help clients to improve the efficiency in resource utilization, topromote the dimensions of environmental sustainability and the total cost of ownership.A sustainablebusiness depends on the ability to create value in the ever-changing environment

Strategic Partners

Mustek combines the best of local assembly capabilities with the multinational product portfolio byaffording its customers a choice of the renowned Mecer brand of computing equipment and abroad range of top-tier ICT brands which address every level of the technology stack.

Mustek's position in the South African market has been built on an unwavering commitment tocustomer satisfaction, the development of some of the most sought-after relationships in theinternational ICT market, adherence to the most stringent international quality standards andbenchmarks, and a staffing policy that sees it retaining staff that are trained and accredited to thehighest possible level.

Projects Overview30 kWp Grid – Tied Solar System

Projects Overview

30kWp Grid –Tied Solar System

Projects Overview

30kWp Grid –Tied Solar System

Projects Overview

30kWp Grid –Tied Solar System

Projects Overview

30kWp Grid –Tied Solar System

Projects Overview

30kWp Grid –Tied Solar System

Projects Overview

30kWp Grid –Tied Solar System Eskom Rebate

Projects Overview

30kWp Grid –Tied Solar System Eskom Rebate

Projects Overview

30kWp Grid –Tied Solar System Eskom Rebate

R 114 005

R 16 286 R 16 286 R 16 286R 0

R 20 000

R 40 000

R 60 000

R 80 000

R 100 000

R 120 000

InitialPayment…

Performance PaymentYear 1

Performance PaymentYear 2

Performance PaymentYear 3A

nnua

l pa

ymen

ts (i

n m

n R)

Year

Projects Overview

220kWp Grid – Tied Solar System

Projects Overview

220kWp Grid –Tied Solar System

Projects Overview

220kWp Grid –Tied Solar System

Projects Overview

220kWp Grid –Tied Solar System

Projects Overview

220kWp Grid –Tied Solar System

Projects Overview220kWp Grid –Tied Solar System

Projects Overview220kWp Grid –Tied Solar System

Future Service Station Energy

Future Service Station Energy

Future Service Station Energy

Future Service Station Energy

Future Service Station Energy

Future Service Station Energy- Feasibility

Account # 7320063768

Daily kWh AverageConsumption

R per kWh

Date Days Amt 1 Total Bill Amount

Bill / Total kWhBill / Amt 1

kWhkWh kWh- -

26 October 2012 29 27 086 27 086 R 22 871,34 934,00 0,8444 -26 November 2012 31 31 147 31 147 R 26 300,14 1 004,73 0,8444 -26 December 2012 30 29 344 29 344 R 24 778,14 978,14 0,8444 -26 January 2013 31 30 517 30 517 R 25 768,31 984,41 0,8444 -26 February 2013 30 31 834 31 834 R 26 880,87 1 061,15 0,8444 -26 March 2013 29 29 899 29 899 R 25 247,02 1 031,02 0,8444 -26 April 2013 30 31 957 31 957 R 26 984,70 1 065,24 0,8444 -

BP Randhart – Electricity Bills October 2012 – April 2013

Future Service Station Energy- Feasibility

• Daily average Peak power usage ± 40 kWp

• System designed to generate 40 kWp after losses

• Using 260 Watt panels quantity needed 170 Panels

• Panels area 354 m²

BP Randhart – Average Daily kWp Power Consumption

MP1

Slide 27

MP1 Maurits Perold; 2013-05-07

Future Service Station Energy- FeasibilitySolar Design

MP1

Slide 28

MP1 Maurits Perold; 2013-05-07

Future Service Station Energy- Feasibility

Solar Design

MP1

Slide 29

MP1 Maurits Perold; 2013-05-07

Future Service Station Energy- Feasibility

Solar Design

MP1

Slide 30

MP1 Maurits Perold; 2013-05-07

Future Service Station Energy- Feasibility

Solar Design

MP1

Slide 31

MP1 Maurits Perold; 2013-05-07

Future Service Station Energy- Feasibility

Solar Design

MP1

Slide 32

MP1 Maurits Perold; 2013-05-07

Future Service Station Energy- Feasibility

Solar Design

MP1

Slide 33

MP1 Maurits Perold; 2013-05-07

Future Service Station Energy- Feasibility

Solar Design

Canopy 184 Panels391 sqm

Building / Shop 162 Panels325 sqm

Car Wash 16 Panels31,57 sqm

Ground Mount 44 Panels84,7sqm

MP1

Slide 34

MP1 Maurits Perold; 2013-05-07

Questions?